Find the area of the figure. Use 3.14 for ?. Round to hundredths if necessary.Right triangle
A. 0.6 sq. ft
B. 0.325 sq. ft
C. 0.3 sq. ft
D. 3 sq. ft
Answer: C
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Solve the problem.Suppose that the velocity of a falling body is v = ks2 (k a constant) at the instant the body has fallen s meters from its starting point. Find the body's acceleration as a function of s.
A. a = 2k2s3 B. a = 2ks2 C. a = 2ks3 D. a = 2ks
Use a graphical method to solve the system. Give x- and y-coordinates correct to the nearest hundredth.y = log10(x + 8)y = x2
A. (-0.92, -0.85), (0.98, -0.95) B. (-1.38, -1.89), (1.50, -2.25) C. (-0.92, 0.85), (0.98, 0.95) D. (-1.38, 1.89), (1.50, 2.25)
Use a graphing calculator to estimate the solution set of the equation. Round to the nearest hundredth.ex = 5x + 4
A. {-32.82} B. {10.56} C. {2.47} D. {-10.56}
The graph of the function f (x) is a stretching of the graph of 
. Graph the function.
?
?
A. ?
B. ?
C. ?
D. ?
